Don't be bummed Terry, every man has his price..... for you we all know two bags of gummy bears, and a bag of double bubble, and your bought and payed for.
Just got notification that the 36x50 TP motor I ordered is on the way.
Once it gets here I'll start testing on the motors I have here.
Hoping to get anot her Leopard or two and some SSS motors to try, but I'll proceed with what I have. That may establish some baseline parameters to help guide us.
Darin E. Jordan - Renton, WA "Self-proclaimed skill-less leader in the hobby."
We're hard at work prepping for the November SAWs at Legg. Probably not going to see a lot of effort on this until after the SAWs. Darin has more important things to do, breaking 80mph on 1 cell being the most important.
Brian "Snowman" Buaas
Team Castle Creations
NAMBA FE Chairman
The 1410/2Y/SE is designed as a lower cost version of our popular 14XX series motors. It has a little smaller rotor diameter rotor but to makeup for that the stator is a bit longer. The Kv for this motor is 1850 with a no-load current of 1.4 amps. Weight is 205 grams. Diameter is 36.5mm and is 58mm in length. The output shaft is 5mm. We are offering a limited time special on these motors of $99. This motor is a good match for the MidiFan running 6 or 7S and drawing 60-80 amps with thrust in the 70-90oz range. The 1410/2Y also will make a prop plane move right along too with a 8x5 prop and a 3S battery it will draw 50 amps and with 7x7 prop 45 amps.
I have one of these motors in my possession
was trying to test it last month but did not get around to it yet
the motor is a little smaller for most coolers but the Proboat 1500kv one fit perfectly
.NAMBA20...Caterpillar UL-1, P-Spec OM29, P-Mono DF33, P-Spec JAE, Aussie 33" Hydro-LSH, Sprintcat CC2028 on 8s, PT SS45 Q Hydro, PS295 UL-1 power, OSE Brothers Outlaw QMono 4-sale, Rio 51z CC2028 on 8s
Outrunner only unfortunately. And 5 kg of thrust restricts the power level for FE motors. A Neu 1521/1.5D on 4S will develop 5.5 kg at 200 amps. A Neu 1527/1Y on 6S produces 6.4 kg at 150 amps. Cool idea for smaller motors and lower cell counts.
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Darin has more important things to do, breaking 80mph on 1 cell being the most important.
I have been putting my test platform to work a bit, in this regard... You know, just to verify that it's going to be up to the task...
I'm thinking that pulling 385-Amps for 5-6 Second pulls on my 1-Cell setup pretty much proves the stand will hold up.
Should hold up to the P-LTD stuff.
In that regard, I got word that there are a few more motor options coming my way. After we get back from the November SAW event in LA, I'll put a solid effort into some testing of these motors and will provide all the data.
Darin E. Jordan - Renton, WA "Self-proclaimed skill-less leader in the hobby."
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